Visit Each Corner on Current Monitor

Return to DisplayFusion Scripted Functions (Macros)

Description	This function will rotate the window through each corner on the monitor.
Language	C#
Minimum Version	9.4.3+
Created By	William Rawls
Contributors	-
Date Created	Jan 8, 2019
Date Last Modified	Jan 8, 2019

Scripted Function (Macro) Code

Copy

Select All

Toggle Line Wrapping

using System; using System.Drawing; public static class DisplayFusionFunction { public static void Run(IntPtr windowHandle) { if (windowHandle == null) return; Rectangle windowBounds = BFS.Window.GetBounds(windowHandle); if (windowBounds == null) return; Rectangle screenBounds = BFS.Monitor.GetMonitorWorkAreaByWindow(windowHandle); if (screenBounds == null) return; var isRestored = BFS.Window.IsRestored(windowHandle); if (!isRestored) BFS.Window.Restore(windowHandle); var rightEdgeX = screenBounds.X + screenBounds.Width - windowBounds.Width; var bottomEdgeY = screenBounds.Y + screenBounds.Height - windowBounds.Height; Rectangle[] locations = new Rectangle[] { new Rectangle( screenBounds.X, screenBounds.Y, windowBounds.Width, windowBounds.Height), // 0, 0 new Rectangle( rightEdgeX, screenBounds.Y, windowBounds.Width, windowBounds.Height), // 100, 0 new Rectangle( rightEdgeX, bottomEdgeY, windowBounds.Width, windowBounds.Height), // 100, 100 new Rectangle( screenBounds.X, bottomEdgeY, windowBounds.Width, windowBounds.Height), // 0, 100 }; // Start with the first location and look for the first matching X and Y Rectangle newLocation = locations[0]; for(int i = 0; i < locations.Length; i++) { Rectangle location = locations[i]; if (IsCloseEnough(windowBounds, location)) { if (i < locations.Length - 1) { // Set the new location to the next location. // If it's the last location, use the already set first location. newLocation = locations[i+1]; } break; } } // Move the window to the new location BFS.Window.SetSizeAndLocation(windowHandle, newLocation.X, newLocation.Y, windowBounds.Width, windowBounds.Height); } // Checks to see if the upper left coordinates of each rectangle // is within a tolerant number of pixels public static bool IsCloseEnough(Rectangle a, Rectangle b) { const int TOLERANCE = 50; int deltaX = a.X - b.X; if (deltaX < 0) deltaX = -deltaX; int deltaY = a.Y - b.Y; if (deltaY < 0) deltaY = -deltaY; return (deltaX <= TOLERANCE) && (deltaY <= TOLERANCE); } }